Problem Set: 1.Biomolecules interact with one another by molecular surfaces that argon structurally complementary. How sens various proteins interact with molecules as different as simple ions, aquaphobic lipids, lively but uncharged carbohydrates and even nucleic harshs? Their amino acid case chains mess participate in a material body of interactions through total heat bonding, ionic bonding, and hydrophobic interactions. Depending on the sheath of side chains, the amino acid can variant a certain bond. Also, a protein can be folded into three dimensions to manoeuvre amino acids into surfaces with a range of properties. 2.What structural features allow biological polymers to be informational macromolecules? Is it possible for polysaccharides to be informational molecules? biologic polymers, like proteins and nucleic acids, atomic number 18 informational molecules because they argon make of a variety of building blocks. end-to-end both the protein and nucleic acid chain, information is stored that the body can use. Polysaccharides form branched structures, which are formed from different monosaccharides. The monosaccharides are robust in information, so yes, polysaccharides can be informational molecules. 3.Why is it strategic that weak forces, not unvoiced forces, mediate biomolecular recognition? languid forces can hold unitedly atoms.
faltering forces create interactions that are constantly forming and fluttering, due to the internal processes of life. 4.Why does the central social function of weak forces in biomolecular interactions define living s ystems to a take range of environmental con! ditions? Weak forces much(prenominal) as hydrogen bonds, ionic bonds and hydrophobic bonds can be easily overtake by low amounts of energy. higher(prenominal) temperatures obtain the ability to break hydrogen bonds. Other conditions such as a budge in pH or ionic strength could have effects on macromolecular structures that contain weak forces. 5. exposit what is meant by cells are steady-state systems. sprightliness is...If you want to get a full essay, order it on our website: OrderCustomPaper.com
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